How to Create a Secure, Compliant Systems Based on TQ’s TQMa95xx System on Module and NXP's i.MX95 Applications Processor

About This Training

With multiple software- and hardware-based solutions to securely store and use keys and certificates on IoT devices, it can be a challenge to determine which is the best practice to implement. In this training, NXP and Timesys explore PKCS#11, a standard for secure key and certificate storage that has been around since 1995 and is widely used in the Enterprise Service and PC World and discover how you can leverage PKCS#11 with OP-TEE on the i.MX platforms to ensure your keys and certificates are properly secured.

Additional information are required with the use of ELE block; please contact your NXP sales representative in the context of i.MX 9 Series.

Presentation

Unraveling the Mysteries of Securing Keys: Leveraging PKCS#11 with OP-TEE for Securing IoT Keys and Certificates on i.MX93 

What You Will Learn

• What are some of the best practices for ensuring that keys and certificates are securely stored and used on IoT devices
• What is the PKCS#11 system view and OP-TEE OS, and how OP-TEE can be used as a PKCS#11 provider for i.MX-based IoT devices
• What are the benefits of PKCS#11 for IoT devices, including reducing the attack surface and better key management to secure various keys, from firmware update keys and device identity keys to application keys
• How to get started with PKCS#11 OP-TEE Trusted Application using NXP Yocto BSP on a i.MX93 EVK with its Edgelock Secure Enclave as the hardware root of trust

About This Training

Learn how to create secure solutions based on the TQMa95xx Solution-on-Module (SoM) from TQ-Systems built around the NXP i.MX 95 apps processor, a modern heterogenous multi-core processor suited for industrial and medical applications.

The heterogeneous multi-core MPU features NXP’s EdgeLock® secure enclave, which enables developers to create secure applications and meet the cybersecurity requirements of modern embedded systems.

We’ll also share an overview of the System Manager, ARM® Trustzone (with Trusted firmware and Trusted Execution Environment), the available Cortex®-M core (for real-time application support) and Cortex®-A core for rich OS support. Learn more about these technologies and how they can elevate your next design.

Additional information are required with the use of ELE block; please contact your NXP sales representative in the context of i.MX 9 Series.

Presentation

How to Create a Secure, Compliant Systems Based on TQ’s TQMa95xx System on Module and NXP's i.MX95 Applications Processor 

What You Will Learn

• i.MX 95 processor specifications, including security and additional functionality
• Design advantages of TQ’s embedded module for secure applications and designs
• Security considerations, including system definitions
• The modules' processing partition and isolation abilities
• The relationship between hardware and software design